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Evaluation of Earthquake and Tsunami on JSFR

JSFRにおける地震と津波の評価

近澤 佳隆; 江沼 康弘; 木曽原 直之; 山野 秀将; 久保 重信; 早船 浩樹; 佐川 寛*; 岡村 茂樹*; 島川 佳郎*

Chikazawa, Yoshitaka; Enuma, Yasuhiro; Kisohara, Naoyuki; Yamano, Hidemasa; Kubo, Shigenobu; Hayafune, Hiroki; Sagawa, Hiroshi*; Okamura, Shigeki*; Shimakawa, Yoshio*

JSFRに対して地震及び津波の評価を実施した。地震については各機器の耐震性を地震解析により確認した。津波については補機冷却系の機能喪失等が想定されるが、JSFRは自然循環崩壊熱除去、空冷ガスタービンを採用しており安全系設備や非常用電源設備が補機冷却系に依存していないため津波による直接の影響がない可能性はある。ただし、万が一長期間の全交流電源喪失に至った場合でも自然循環崩壊熱除去及び空気冷却機器の運転員手動操作により崩壊熱除去が可能であることを過渡解析により確認した。

Evaluation of Earthquake and Tsunami on JSFR has been analyzed. For seismic design, safety components are confirmed to maintain their functions even against recent strong Earthquakes. As for Tsunami, some parts of reactor building might be submerged including component cooling water system whose final heat sink is sea water. However, in the JSFR design, safety grade components are independent from component cooling water system (CCWS). The JSFR emergency power supply adopts a gas turbine system with air cooling, since JSFR does not basically require quick start-up of the emergency power supply thanks to the natural convection DHRS. Even in case of long station blackout, the DHRS could be activated by emergency batteries or manually and be operated continuously by natural convection.

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